ENDORSE project explicitly lists SLAM, infrastructureless localisation algorithms, and data fusion as core technical contributions.
CITARD SERVICES LTD
Cyprus technology SME specialising in indoor robotics, SLAM navigation algorithms, and non-invasive sensing for healthcare and logistics environments.
Their core work
CITARD is a Cyprus-based technology SME specialising in robotics software and intelligent sensing systems for healthcare environments. Their work spans assistive robotics for elderly care and autonomous indoor robotic fleets for hospital and commercial logistics. On the technical side, they contribute expertise in infrastructureless localisation algorithms, Simultaneous Localisation and Mapping (SLAM), and data fusion from non-invasive sensors. They operate as a specialist software/systems partner within larger research consortia, bringing algorithmic and integration capability to applied robotics projects.
What they specialise in
GrowMeUp (2015–2018) focused on robotic assistance for ageing users in a health context, representing their earliest documented EU research involvement.
ENDORSE keywords include non-invasive sensors and medical diagnosis support alongside the logistics robotics scope, suggesting sensor integration for clinical settings.
Cloud computing appears as a keyword in ENDORSE, indicating experience integrating edge robotic hardware with cloud-based processing architectures.
How they've shifted over time
CITARD's first project (GrowMeUp, 2015–2018) addressed socially assistive robotics aimed at elderly care, with no detailed technical keywords recorded — suggesting a broader systems or integration role at that stage. By their second project (ENDORSE, 2018–2022) the profile had sharpened considerably: they are associated with specific algorithmic work in SLAM, data fusion, and non-invasive sensing for indoor robotic fleets. The trajectory moves from user-facing care robotics toward the underlying navigation and perception stack that enables autonomous operation in complex indoor environments.
CITARD appears to be deepening into the core algorithmic layer of indoor robotics — localisation, mapping, sensor fusion — which positions them as a potential specialist partner for any consortium needing autonomous navigation capability in GPS-denied environments such as hospitals, warehouses, or factories.
How they like to work
CITARD has participated exclusively as a consortium partner, never as coordinator, across both projects. With 14 unique partners across only 2 projects (averaging 7 partners per project), they operate within medium-to-large international consortia rather than small bilateral arrangements. The absence of repeated partners suggests they engage with new networks on each project rather than maintaining a fixed collaboration circle, which may indicate flexibility in partnership but also limited leverage as a consortium anchor.
CITARD has built connections with 14 distinct organisations across 7 countries through just two projects, indicating a reasonably broad European reach for a small SME. No dominant geographic cluster is visible from the available data, though both projects had a healthcare orientation that likely drew partners from health-tech active countries.
What sets them apart
CITARD is one of very few Cypriot SMEs with demonstrable experience in both assistive robotics for ageing populations and autonomous indoor robotic fleet navigation — two fast-growing application domains in European health and logistics policy. Their combination of SLAM algorithm expertise with a healthcare application context is uncommon among small private firms and makes them a credible specialist partner in health-robotics consortia where most partners are universities or large integrators. For a consortium builder, they offer a private-sector voice with actual algorithmic depth, not just management or dissemination capacity.
Highlights from their portfolio
- GrowMeUpThe larger of the two projects (EUR 449,250 EC contribution) and CITARD's entry into EU research, focused on socially assistive robotics to support independent living for elderly people — a high-profile demographic challenge for European policy.
- ENDORSEDemonstrates a technical maturation toward autonomous indoor robotic fleets with SLAM and data fusion, and spans both healthcare and commercial logistics settings, broadening the application scope beyond care robotics.